Waterproof headphone socket

The waterproof headphone socket should pay attention to the following points:

In daily applications, do not let wet hands touch the waterproof earphone socket, otherwise it may cause safety accidents such as electric shock to the body.

When waterproof headphone sockets are not needed, the sealing cover should be covered, otherwise the surface coating of the headphone socket may oxidize after long-term contact with gas, leading to poor contact between the waterproof headphone socket and the power plug.

The specifications of waterproof headphone sockets include 2.5CM and 3.5CM, etc. When using them, they should be selected according to the requirements of the machine equipment. If they are not compatible, it may damage the waterproof headphone socket.

The grounding resistance of a waterproof earphone socket must generally exceed or be equivalent to 100MQ. The grounding resistance refers to the resistor in the middle of the non touching moisture-proof earphone socket electrical conductor. If it is below 100M0, the resistor in the middle of the electrical conductor will not be able to load all normal current, and may subsequently damage the moisture-proof earphone socket.

If it is found that the earphone socket shows abnormal sound, or there may be a burnt odor, it is necessary to immediately seal off the power supply and carry out maintenance to prevent some safety production accidents.

When working in a waterproof headphone socket, it is not necessary to cross the required high rated voltage, otherwise it will accelerate the embrittlement of a component inside the headphone socket, causing damage to the waterproof headphone socket.

When the route is connected, the resistance between the two contact points of the waterproof earphone socket's electrical conductors is called a touch resistor. Generally, the touch resistor of the moisture-proof earphone socket does not need to exceed 0.030.

The electrical and compressive strength of waterproof earphone sockets should generally exceed AC500V. Its electrical and